HUMANOID safety TECHNICAL TALK
THE ROBOT OUT OF THE CAGE.
Beyond Safe Stop — designing Safe Stability for humanoids operating around people.
With:
Dr.-Ing. Florian Weißhardt
Dr.-Ing. Tim Fröhlich (Synapticon)
Live + Q&A
Limited seats
STOP IS NOT SAFETY.
Traditional Stop-Category-0 logic assumes: power off equals safe. That works for industrial robots inside cages. Humanoids are different.
Cut torque at the wrong moment and you create instability — not protection. Deployment around people requires Safe Stability. Not just Safe Stop.
Cut torque at the wrong moment and you create instability — not protection. Deployment around people requires Safe Stability. Not just Safe Stop.
Multi-Axis Safe Motion
Safe Active Damping to prevent oscillations and collapse
Volumetric human safety
3D safety zones that account for fall prediction
Behavioral AI supervision
Constraining non-deterministic decisions in context
Tiered system integration
Motion, proximity and intent designed as one stack
WHAT YOU WILL GAIN
A Safe Stability blueprint
What “safe” means when the robot must remain upright.
A tiered safety reference architecture
Motion → volumetric → behavioral integration.
A deployment framework
From demo environments to real-world human interaction.
Live Q&A included
Downloadable technical brief provided
FOR TEAMS DEPLOYING HUMANOIDS AROUND PEOPLE
This session is designed for engineers responsible for system-level safety and architecture decisions:
- CTO
- Robotics Architect
- Controls Lead
- Safety Owner
If your robot leaves the cage, your safety architecture must evolve. Safe Stability is not optional in real-world deployment.
